IPG PHOTONICS Sp. z o.o.
- ul. Wyczółkowskiego 8, 44-109 GLIWICE, Poland
- +48 32 721 22 20
- sales.poland@ipgphotonics.com
- www.ipgphotonics.com/pl
Description
IPG Photonics is a leading manufacturer of high‑power fiber lasers used in cutting machines, welding systems and a wide range of laser‑based material processing equipment. The company supplies its solutions globally to OEMs, system integrators and end users across a broad spectrum of industries and markets.
New to the company’s offering are both standard and turnkey systems designed for laser welding, drilling, cleaning and other surface treatment processes. IPG’s laser welding systems are equipped with the innovative LDD‑700 module, which enables real‑time measurement of weld penetration depth. This solution provides full control over the welding process and allows archiving of process data for every welded component.
At this year’s show, IPG Photonics will also present the LightWELD handheld laser welding systems as well as advanced solutions for laser cleaning.
IPG Photonics Sp. z o.o. operates in Poland with a well‑stocked spare parts warehouse, a network of professionally trained service and technical support engineers, and an applications laboratory that enables testing for a wide range of technological processes.
New to the company’s offering are both standard and turnkey systems designed for laser welding, drilling, cleaning and other surface treatment processes. IPG’s laser welding systems are equipped with the innovative LDD‑700 module, which enables real‑time measurement of weld penetration depth. This solution provides full control over the welding process and allows archiving of process data for every welded component.
At this year’s show, IPG Photonics will also present the LightWELD handheld laser welding systems as well as advanced solutions for laser cleaning.
IPG Photonics Sp. z o.o. operates in Poland with a well‑stocked spare parts warehouse, a network of professionally trained service and technical support engineers, and an applications laboratory that enables testing for a wide range of technological processes.
Products
The backpackLASER – the new generation.
The backpackLASER – the new generation.
The laser cleaning device is a modern, compact system designed for mobile operation and does not require mains power. The laser beam ensures uniform and precise removal of coatings or contaminants with minimal heat input to the material, while adjustable power allows the process to be tailored to the specific application. The system combines high‑quality performance with long service life and maintenance‑free operation, significantly reducing operating costs.
The technology relies solely on generating a laser beam, eliminating the need for chemicals and avoiding the creation of problematic waste. High energy efficiency, effective particle filtration, quiet operation, and full operator safety make it an environmentally friendly solution. Its short return on investment and proven performance in international projects confirm its exceptional effectiveness.
BackpackLASER - quality to go
• Available with 30 or 50 watt
• Stable and ergonomic carrying system
• Easy operation and dosage, Control via rotary knobs and clear text display
• Recharging in running operation possible
• Surprisingly affordable
• Battery operation: up to 6 hours
• Weight (30 -watt laser): Approx. 17 kg
• Dimensions base frame: 200 x 410 x 550
• Laser output: 30 oder 50 Watt
• Available with 30 or 50 watt
• Stable and ergonomic carrying system
• Easy operation and dosage, Control via rotary knobs and clear text display
• Recharging in running operation possible
• Surprisingly affordable
• Battery operation: up to 6 hours
• Weight (30 -watt laser): Approx. 17 kg
• Dimensions base frame: 200 x 410 x 550
• Laser output: 30 oder 50 Watt
LDD‑700. Real‑time Laser Welding Process Monitoring System.
LDD‑700. Real‑time Laser Welding Process Monitoring System.
The latest LDD‑700 welding process monitoring system, together with the OmniWELD software, provides real‑time tracking of key parameters such as joint axis position, laser focal spot location, weld penetration depth, and the profile of the resulting weld bead (height and width). Active control of the laser measurement beam enables the detection of irregularities before, during, or after welding. All monitoring functions are performed within a single pass, ensuring that the welding cycle time remains unchanged. The optimal combination of measured parameters, the arrangement of individual measurement zones, and the evaluation criteria for a given welding process can be easily configured in the software and applied to subsequent welds or additional welding systems.
Optical Characteristics
• Imaging Wavelength, nm 800-900
• Power, mW <20
• Measurement Frequency, kHz 250
• Axial Resolution, μm <20
• Axial Field of View, mm 6, 9, 12
• Transverse Field of View, mm Up to 40 (Application Dependent)
General Characteristics
• Control Unit Dimensions, (W × D × H), mm 413 × 586 × 184
• Head Interface Dimensions (W × D × H), mm 128 × 74 × 89
• Optics Module Dimensions (W × D × H), mm 330 × 111 × 136
• Head Interface Compatibility FLW-D30, D50, D30 Wobble, D50 Wobble,
• 2D High-Power Scanner and Mid-Power Scanner
• Cooling Air-cooled
• Supply Voltage, V 100 to 250
• Power Consumption, W <500 typ.
• Real Time Control Outputs -10 to 10 V analogue, TCP/IP, Fieldbus
• Communication Protocols Devicenet, TCP/IP, Ethernet/IP, Hardwire IO
• Imaging Wavelength, nm 800-900
• Power, mW <20
• Measurement Frequency, kHz 250
• Axial Resolution, μm <20
• Axial Field of View, mm 6, 9, 12
• Transverse Field of View, mm Up to 40 (Application Dependent)
General Characteristics
• Control Unit Dimensions, (W × D × H), mm 413 × 586 × 184
• Head Interface Dimensions (W × D × H), mm 128 × 74 × 89
• Optics Module Dimensions (W × D × H), mm 330 × 111 × 136
• Head Interface Compatibility FLW-D30, D50, D30 Wobble, D50 Wobble,
• 2D High-Power Scanner and Mid-Power Scanner
• Cooling Air-cooled
• Supply Voltage, V 100 to 250
• Power Consumption, W <500 typ.
• Real Time Control Outputs -10 to 10 V analogue, TCP/IP, Fieldbus
• Communication Protocols Devicenet, TCP/IP, Ethernet/IP, Hardwire IO
LightWELD 1000 – Handheld Laser Welding and Cleaning System.
LightWELD 1000 – Handheld Laser Welding and Cleaning System.
A high‑performance, optimized solution for laser welding of mild steel, stainless steel, and aluminum up to 4 mm thick. LightWELD handheld laser welding and cleaning systems are fast, easy to operate, and simple to learn. They deliver high‑quality, repeatable results across a wide range of materials and thicknesses. Integrated pre‑ and post‑weld laser cleaning functions significantly improve weld quality while simultaneously increasing overall productivity.
Welding Depth
• Steels: up to 4 mm
• Aluminum Series 3 & 5: up to 3 mm
• Aluminum Series 6: up to 3 mm
• Nickel Alloy: —
• Titanium: —
• Copper: —
• Beam Oscillation: up to 5 mm
• Wire Welding: Yes
Cleaning Capabilities
• Cleaning Width: up to 0.600" (optional)
General Specifications
• Laser Power: up to 1000 W
• Cooling: Air
• Steels: up to 4 mm
• Aluminum Series 3 & 5: up to 3 mm
• Aluminum Series 6: up to 3 mm
• Nickel Alloy: —
• Titanium: —
• Copper: —
• Beam Oscillation: up to 5 mm
• Wire Welding: Yes
Cleaning Capabilities
• Cleaning Width: up to 0.600" (optional)
General Specifications
• Laser Power: up to 1000 W
• Cooling: Air
LightWELD 2000 XR – Handheld Laser Welding and Cleaning System.
LightWELD 2000 XR – Handheld Laser Welding and Cleaning System.
The increased laser beam power significantly enhances welding speed across the full range of materials up to 8 mm thick. LightWELD handheld laser welding and cleaning systems are fast, easy to operate, and simple to learn. They deliver high‑quality, repeatable results for a wide variety of materials and thicknesses. Integrated pre‑ and post‑weld laser cleaning functions greatly improve weld quality while simultaneously boosting overall productivity.
Welding Depth
• Steels: up to 8 mm
• Aluminum Series 3 & 5: up to 8 mm
• Aluminum Series 6: up to 6 mm
• Nickel Alloy: up to 7 mm
• Titanium: up to 6 mm
• Copper: up to 3 mm
• Beam Oscillation: up to 5 mm
• Wire Welding: Yes
Cleaning Capabilities
• Cleaning Width: up to 15 mm
General Specifications
• Laser Power: up to 2000 W
• Cooling: Air
• Steels: up to 8 mm
• Aluminum Series 3 & 5: up to 8 mm
• Aluminum Series 6: up to 6 mm
• Nickel Alloy: up to 7 mm
• Titanium: up to 6 mm
• Copper: up to 3 mm
• Beam Oscillation: up to 5 mm
• Wire Welding: Yes
Cleaning Capabilities
• Cleaning Width: up to 15 mm
General Specifications
• Laser Power: up to 2000 W
• Cooling: Air
Ultracompact Industrial Fiber Laser of the YLR‑U Series: Model YLR‑8000‑U.
Ultracompact Industrial Fiber Laser of the YLR‑U Series: Model YLR‑8000‑U.
IPG’s YLR‑U series fiber lasers represent the latest generation of ultracompact sources delivering up to 8 kW of power, engineered for maximum reliability and operation in demanding environments — even at humidity levels up to 90%. Their hermetically sealed design, record‑high energy efficiency, and integrated online diagnostics ensure process stability and full operational control. With seamless Industry 4.0 integration, YLR‑U lasers are ideal for high‑speed cutting and precision metal welding, offering the highest beam quality in their class.
FEATURES
• Wavelength 1.07 μm*
• Output Power 100 W to 4 kW
• Single-mode up to 3 kW
• Direct Modulation up to 50 kHz
• Air-cooled up to 1 kW
• High Reliability, Low Cost
* 1007 nm, 1010 nm, 1030 nm and other wavelengths in 1006-1080 nm range are available upon request.
APPLICATIONS
• Precision Cutting and Scribing
• Microdrilling, Blind Hole Machining
• Welding
• Sintering/ 3D Printing
• Heat Treating
• Scientific and Advanced Applications
• Wavelength 1.07 μm*
• Output Power 100 W to 4 kW
• Single-mode up to 3 kW
• Direct Modulation up to 50 kHz
• Air-cooled up to 1 kW
• High Reliability, Low Cost
* 1007 nm, 1010 nm, 1030 nm and other wavelengths in 1006-1080 nm range are available upon request.
APPLICATIONS
• Precision Cutting and Scribing
• Microdrilling, Blind Hole Machining
• Welding
• Sintering/ 3D Printing
• Heat Treating
• Scientific and Advanced Applications
Ultracompact Industrial Fiber Laser of the YLS‑RI Series: Model YLS‑40000‑RI.
Ultracompact Industrial Fiber Laser of the YLS‑RI Series: Model YLS‑40000‑RI.
IPG’s multi‑kilowatt industrial fiber lasers continue to set the standard for reliability, compact design, energy efficiency, and serviceability. The YLS‑RI series includes models ranging from 4 to 80 kW. The new YLS‑RI architecture delivers a record‑breaking power‑to‑size ratio, enabling up to twice the output power within a similar footprint. It also provides faster power modulation, enhanced reliability, and an improved internal design that simplifies field service.
APPLICATIONS
• High Speed Metal Cutting
• Thick Metal Cutting
• Welding
• Defense
FEATURES
• Power from 4 to 60 kW
• Fiber Core from 50 μm
• Reduction in footprint, volume and weight
• Market Leading Efficiency and Reliability
• Improved unit-to-unit BPP Consistency
• Longer Delivery Fiber
• Optimized Optical Design
• Enhanced Back Reflection Protection
• Enhanced Protection from Humidity
Power tuning range: 10–100%
Modulation frequency: up to 10 kHz
Cooling: Water or air
• High Speed Metal Cutting
• Thick Metal Cutting
• Welding
• Defense
FEATURES
• Power from 4 to 60 kW
• Fiber Core from 50 μm
• Reduction in footprint, volume and weight
• Market Leading Efficiency and Reliability
• Improved unit-to-unit BPP Consistency
• Longer Delivery Fiber
• Optimized Optical Design
• Enhanced Back Reflection Protection
• Enhanced Protection from Humidity
Power tuning range: 10–100%
Modulation frequency: up to 10 kHz
Cooling: Water or air
Business sector
Laser optics systems
Laser sources
Laser tagging and laser description technologies
Welding machines, equipment and accessories
Laser welding, lasers
Welding, laser welding
Lasers dedicated for production systems
Laser processing of metals